Resistor Networks, Arrays

The 4608X-102-105 is a resistor network, array manufactured by Murata Manufacturing Co., Ltd. It can be used in applications such as current sensing, voltage sensing, filtered loads, and voltage dividers. It is available in various packages depending on the application requirements.

Application Field

The 4608X-102-105 resistor network, array can be used in a wide range of applications such as current sensing, voltage sensing, filtered loads, and voltage dividers. It is available in a variety of packages, depending on the specific application requirements. In current sensing applications, it can be used to measure the current through a load, or it can be used to measure the voltage drop across a component. In voltage sensing applications, it can be used to measure the voltage level of a circuit, or it can be used to measure the current through a component.

In filtered load applications, the 4608X-102-105 can be used to reduce unwanted noise or resonance in a circuit by providing a low-impedance path for the noise. It can also be used as a voltage divider to reduce the voltage level of a particular component or circuit.

Working Principle

The 4608X-102-105 is a resistor network, array consisting of two separate sets of resistors connected together in series. The first set of resistors is connected to one terminal of the circuit, and the second set is connected to the other terminal of the circuit. When a current passes through the circuit, the two sets of resistors share the current load equally, resulting in a lower voltage drop across both sets of resistors. This reduces the overall voltage drop across the circuit, and hence reduces the overall power dissipation.

The 4608X-102-105 also has the added benefit of providing better protection against noise and other electrical interference. The two sets of resistors act as a low-pass filter, allowing the high-frequency noise to bypass the circuit, while allowing the low-frequency signals to pass. This provides improved signal quality, and reduces the risk of electrical interference caused by external sources.